Shower Cabin Profiles

Shower door seals, shower door seal UNIVERSAL LENGTH - Our shower sealing lip is suitable for doors up to 1m in length. Shower door seals, PERFECT FIT - The Vellure shower seal 6mm shower seal is available in 2 sizes. For glass thicknesses of 6mm and 8mm. These therefore fit perfectly and are easy to attach. UNIVERSAL LENGTH - Our shower sealing lip is suitable for doors up to 1m long. It can be easily cut to size and therefore fits perfectly into almost any shower door. Shower cubicle seal. 100% TIGHT - The shower lip seal for shower doors made of high-quality PVC is absolutely tight. Thanks to the pearling effect, the rubber seal optimally repels water from the shower seal glass door. EASY OPENING & CLOSING - Thanks to the soft rubber lip, the shower door opens and closes by itself. The shower lip seal seals a door gap of up to 1.2 cm. QUALITY PROMISE - Our shower seals are absolutely durable and look like new for a very long time. As a German premium

The light weight and pliability of aluminum make it easy to work with and can streamline installation. In addition to the weight advantage and ductility, aluminum provides a complete barrier to light, moisture and magnetic waves. Impermeable to all gases including oxygen, aluminum also provides superior fireproofing capabilities for both industrial and residential construction. Aluminum insulation offers good noise reduction properties along with resistance to corrosion and heat. Not only does this improve interior environments, it also increases product life and efficiency. These proven characteristics continue to make aluminum the leader in insulation and the preferred choice for all types of building and construction.

Depending on the application, tubes may require subsequent drawing following the extrusion process. Examples of this are: a requirement for a high degree of dimensional control and/or the need for tight tolerances, where the final outside diameter and/or wall thickness of the extruded tubes can only be achieved by subsequent cold drawing, where the final mechanical properties for non-heat treatable alloys are to be achieved by strain hardening (drawing) or where special requirements exist for the microstructure of the tubes.